CN206237931U - A kind of lighting and ventilation edible fungus culturing greenhouse - Google Patents

A kind of lighting and ventilation edible fungus culturing greenhouse Download PDF

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Publication number
CN206237931U
CN206237931U CN201621284681.XU CN201621284681U CN206237931U CN 206237931 U CN206237931 U CN 206237931U CN 201621284681 U CN201621284681 U CN 201621284681U CN 206237931 U CN206237931 U CN 206237931U
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China
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greenhouse
lighting
ventilation
canopy
vertical
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陈长茂
卓智勇
黄聿长
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Jiangsu Product Fresh Biological Technology Co Ltd
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Jiangsu Product Fresh Biological Technology Co Ltd
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/10Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
    • Y02A40/25Greenhouse technology, e.g. cooling systems therefor

Abstract

The utility model provides a kind of lighting and ventilation edible fungus culturing greenhouse, including vertical lighting and ventilation window and interlayer base plate, and the ventilating opening being adapted with vertical vent window is opened up along the length direction of greenhouse on canopy face;Vertical lighting and ventilation window-frame is located on the ventilating opening in canopy face;Louver structure is assembled on the vertical window of vertical vent window;Multiple air vents are opened up on the top plate of interlayer base plate, and is laid on greenhouse bottom surface;Multiple air outlets are opened up on the basis of the wall corresponding with the hollow sandwich of interlayer base plate.The utility model sets up vertical lighting and ventilation window on canopy face, and increases the interlayer base plate for enabling air to be got up by the circulation under upper through greenhouse.Vent window can be opened at any time, it is ensured that the entrance of air and scattering light, hot-air can also be revealed away rapidly, enhance the requirement of ventilated, cooling-down effect and dim light astigmatism.Increase buffer subsystem, prevent the Cryogenic air of outside entrance to be directly blown to be improved on the edible mushroom in growth the quality of edible mushroom.

Description

A kind of lighting and ventilation edible fungus culturing greenhouse
Technical field
The utility model is related to cultivation Polyhouse technology field, especially a kind of edible fungus culturing greenhouse.
Background technology
China is that a domestic fungus resource enriches, and the time-honored country of cultivating and growing, region is extensively, experienced, food The world more than 2/3rds has been accounted for bacterium total output.Particularly in recent ten years, market demand variation, various new varieties It is on the increase, the reinforcement of Government supports dynamics, brings the great development of whole mushroom industry and good economic, social effect Benefit.Batch production, mechanization, Automated production line device realize the efficient mechanicals such as pack (bottling), sterilizing, inoculation, mycelium stimulation Operation, productive culture and mushroom room are equipped with the apparatus control systems such as temperature, ventilation, humidification, realize anniversary large-scale production, Product quality is significantly improved.But because investment is big, common individual or small enterprise cannot participate in such existing In for change pattern, new challenge is brought to traditional Edible Fungi plantation.Current local government is helping edible mushroom development Aspect is made that significant effort, has driven vast edible mushroom fan to participate in life in the form of " enterprise+base+peasant cooperative society " In the project produced and shake off poverty and set out on the road to prosperity, then small areas, the facility scale greenhouse of " peasant+cooperative society " of low input Plantation starts to rise.But the greenhouse due to planting edible mushroom still has very big with traditional green house of vegetables in technological requirement Otherness, common green house of vegetables cannot meet the special technical matters requirement of planting edible mushroom, and greenhouse facility is entirely being built Make, the aspect such as insulation construction is lacked experience, the structure of conventional " plastic foil+sunshade net " has heat and moisture preserving poor performance, often , there is ventilation not in the aeration structure of the ventilating opening on wall for using, the required temperature of edible fungi growth development, Humidity, ventilation oxygen supply, the envirment factor of scattering illumination are difficult to meet, and cause to issue production the unstable and pest and disease damage in production more Bring very big loss.
Utility model content
The purpose of this utility model is to provide a kind of lighting and ventilation edible fungus culturing greenhouse, solves the ventilation effect of existing greenhouse It is really poor, and cannot realize scattering the technical problem of illumination.
In order to achieve the above object, the utility model provides following technical scheme:
A kind of lighting and ventilation edible fungus culturing greenhouse, including wall basis, metal frame and canopy face, the metal frame frame It is located on the basis of the wall, the canopy face is laid on the metal frame;Wherein, also including vertical lighting and ventilation window and folder Layer base plate, opens up along the length direction of greenhouse the ventilating opening being adapted with vertical vent window on the canopy face;The vertical daylighting Vent window is erected on the ventilating opening in the canopy face, constitutes lighting ventilation louver;In the vertical window of the both sides of vertical vent window Upper assembling louver structure, for adjusting lighting and ventilation amount;Multiple air vents are opened up on the top plate of the interlayer base plate, with this Be laid on the interlayer base plate on the bottom surface of greenhouse by laminate mode upward;Hollow sandwich with the interlayer base plate is corresponding The wall on the basis of open up multiple air outlets.
Further, the mode that opens up of the multiple air vents on the top plate of the interlayer base plate is, with interlayer base plate Centered on center, start in concentric circles;And the degree of opening up of air vent reduces with the increase of concentric radius of circle.
Further preferred technical scheme is, also including buffer subsystem, the buffer subsystem is blocking the ventilation in the canopy face Mode on mouth is connected on the metal frame, and the canopy face with greenhouse forms wind-force buffer interlayer.
Further, the buffer subsystem is folded with along greenhouse length direction undulate, and the buffer subsystem wave The folding density of shape can adjust.
Further, realize that the folding density that the waveform of buffer subsystem is folded can adjust using folding density adjustment component; The folding density adjustment component includes mobile bar group and two guide rails, and described two guide rail parallel ground are along greenhouse length direction point It is not fixed on the metal frame of the ventilating opening both sides in the canopy face, the two ends of the mobile bar group are slidingly attached to accordingly respectively In the track slot of the guide rail of side;The crest location of the buffer subsystem is connected in the mobile bar group;In by adjusting mobile bar group The spacing of each mobile bar, realizes the adjustment to the bulk density of buffer subsystem.
Preferably, the angle of the crest in the waveform of the buffer subsystem is adjusted in the range of 30 °~120 °;Crest and ripple The vertical range of paddy is 20~40cm;The height of the wind-force buffer interlayer is 0.8~1m.
Further preferred technical scheme, the canopy face includes inner plastic layer, heat-insulation layer, reflective aluminum membranous layer and outer plastics , be laid on the metal frame for inner plastic layer, heat-insulation layer, reflective aluminum membranous layer and outer plastic layer successively from inside to outside by layer.
Preferably, the inner plastic layer and outer plastic layer use polypropylene screen, thickness to be respectively 0.1~0.15mm;Insulation Layer uses the stratified material of asbestos material, and thickness is 5~10cm;The thickness of the reflective aluminium film of reflective aluminum membranous layer be 0.2~ 0.3mm。
Further, the vertical lighting and ventilation window includes ridge-shaped top surface, support and louver structure, the ridge-shaped top Face is fixed on the top of the support, and the louver structure is respectively fixedly connected with two sides of the support, constitutes room type Vertical lighting and ventilation window;The bottom of the support is erected on the ventilating opening in the canopy face;
The ridge-shaped top surface of the vertical lighting and ventilation window uses MULTILAYER COMPOSITE top surface, and the MULTILAYER COMPOSITE top surface is including in Plastic layer, heat-insulation layer, reflective aluminum membranous layer and outer plastic layer, from inside to outside successively by inner plastic layer, heat-insulation layer, reflective aluminum membranous layer It is laid on the top of the support of the vertical lighting and ventilation window with outer plastic layer.
Further preferred technical scheme is, also including fly net, the fly net includes frame and multiple elastic strips, institute Multiple elastic strips are stated by parallel and its two ends is connected on the frame in the way of part is overlapping;The fly net is positioned close to On the end face of the air outlet on the inside of greenhouse, blower fan is set on the end face of the air outlet on the outside of greenhouse.
Specifically, along the length direction in greenhouse face, the vertical continuous insertion of lighting and ventilation window is arranged on whole canopy face On, or discontinuous is arranged on canopy face.
On the basis of existing greenhouse structure, edible fungus culturing greenhouse of the present utility model is additionally arranged vertical adopting on canopy face Light vent window, the entrance of the ventilating skylight that can manually open at any time and scattering light, hot-air can also be revealed away rapidly, and right The base plate of greenhouse is designed the interlayer base plate for being improved to hollow sandwich, and is opened up on top plate on air vent, with canopy face Vertical lighting and ventilation window coordinates so that air can be got up by the circulation under upper through greenhouse, enhance ventilated, cooling The requirement of effect and dim light astigmatism.
The utility model preferably increased buffer subsystem, it is edible in preventing the Cryogenic air of outside entrance to be directly blown to grow On bacterium, the quality of edible mushroom is improved.And buffer subsystem is preferably designed as undulate is folded with, and it is adjustable to fold density, can With the weather for different wind-force, the folding density of buffer subsystem is adjusted, adjust buffering effect.
The straticulate structure in the further preferred canopy face of edible fungus culturing greenhouse of the present utility model, heat-insulation layer and reflective The complete cooperation of aluminium film, has been greatly facilitated the reduction of summer temperature of shed, meets edible mushroom large-scale production planting technology work The requirement of skill.
Brief description of the drawings
In order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art, below will be to embodiment Or the accompanying drawing to be used needed for description of the prior art is briefly described, it should be apparent that, drawings in the following description are only It is some embodiments of the present utility model, for those of ordinary skill in the art, is not paying the premise of creative work Under, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the cross-sectional view of edible fungus culturing greenhouse of the present utility model;
Fig. 2 is the part section structural representation of the air outlet on the basis of the wall of edible fungus culturing greenhouse of the present utility model Figure;
Fig. 3 is the structural representation of the fly net of edible fungus culturing greenhouse of the present utility model;
Fig. 4 is the overlooking the structure diagram of the interlayer base plate of edible fungus culturing greenhouse of the present utility model;
Fig. 5 is the structural representation of edible fungus culturing greenhouse of the present utility model;
Fig. 6 is the structural representation of edible fungus culturing greenhouse of the present utility model;
Fig. 7 is the structural representation of edible fungus culturing greenhouse of the present utility model, not shown canopy face and wall segment basis;
Fig. 8 is the partial enlargement structural representation at A in Fig. 1.
Specific embodiment
Below in conjunction with accompanying drawing of the present utility model, the technical solution of the utility model is clearly and completely described, Obviously, described embodiment is only a part of embodiment of the utility model, rather than whole embodiments.Based on this practicality Embodiment in new, the every other reality that those of ordinary skill in the art are obtained under the premise of creative work is not made Example is applied, the scope of the utility model protection is belonged to.
According to Fig. 1 to Fig. 8, a kind of lighting and ventilation edible fungus culturing greenhouse of the present utility model is illustrated.It is existing at present Edible fungus culturing greenhouse generally comprise wall basis 1, metal frame 2 and canopy face 3, the metal frame 2 is erected at the wall On body basis 1, used as the support frame in the canopy face 3 of greenhouse, the canopy face 3 is laid on the metal frame 2.The metal architecture 2 are formed by fixedly connecting using galvanized pipe, can be fixed-type using modes such as welding or colligations.Other materials can also be used Shape build.The ventilation effect of the existing edible fungus culturing greenhouse is poor, does not have the daylighting of available light, is unfavorable for eating The growth of bacterium.
Therefore, as shown in figure 1, on the basis of existing edible mushroom greenhouse structure of the present utility model, be increased on canopy face 3 Vertical lighting and ventilation window 4, and increased the interlayer base plate for enabling air to be got up and designed by the circulation under upper through greenhouse 5, the interlayer base plate 5 is the double panel structure with hollow sandwich 50, and multiple air vents 511, lower floor are opened up on top plate 51 Plate 52 uses solid slab, and centre is supported top plate 51 using multiple support bars 53.
Along the length direction of greenhouse, the ventilating opening being adapted with vertical lighting and ventilation window 4 is opened up on the canopy face 3, i.e., The vertical lighting and ventilation window 4 is set along the length direction of greenhouse.The vertical lighting and ventilation window 4 is erected at the canopy face 3 On ventilating opening 31, lighting ventilation louver is constituted;Louver structure is assembled on the vertical window 41 of the both sides of vertical lighting and ventilation window 4 42, for adjusting lighting and ventilation amount.The louver structure 42 uses existing movable shutters structure, the movable shutters structure Can realize manually being turned on and off ventilation function by the rope (e.g., nylon rope) bound.The movable shutters structure is using existing There is the louver structure on venetian blinds.
Be laid on the interlayer base plate 5 on the bottom surface of greenhouse in the way of upward by top plate 51 by the interlayer base plate 5;With The hollow sandwich 50 of the interlayer base plate 5 opens up multiple air outlets 11 on the corresponding wall basis 1.In order to prevent insect Deng entrance, fly net 6 is connected on each air outlet 11, the fly net using the small Web materials of mesh size, or The fly net is using the structure as described in Fig. 2 and Fig. 3, including frame 61 and multiple elastic strips 62, the multiple elastic strip 62 By parallel and its two ends is connected on the frame 61 in the way of part is overlapping.When the fly net 6 using above-mentioned elastic strip During structure, the fly net 6 is positioned close on the end face of the air outlet 11 on the inside of greenhouse, it is described on the outside of greenhouse Blower fan 63 is set on the end face of air outlet 11.Multiple elastic strips 62 can deform and open under the wind-force of blower fan, it is ensured that wind energy Flowed out in enough gaps between multiple elastomers.When being not turned on blower fan, multiple elastomers constitute a closely knit baffle plate, it is ensured that Foreign matter entrance is not had.
Because the temperature closer to greenhouse center is higher, its air circulation is poorer, therefore, the utility model is to folder The mode that opens up of the multiple air vents on the top plate of layer base plate is optimized design, centered on the center of interlayer base plate 5, Open up in concentric circles;And the density that opens up of air vent 511 reduces with the increase of concentric radius of circle, as shown in Figure 4.
In the utility model, along the length direction in greenhouse face 3, the vertical lighting and ventilation window 4 continuously can set in insertion Put on whole canopy face 3 (as shown in Figure 5), or discontinuous is arranged on canopy face 3 (as shown in Figure 6).When discontinuous is set, Need to set multiple independent vertical lighting and ventilation windows 4.
It is aerated in the vertical window for opening vertical both sides of lighting and ventilation window 4, and during absorbing natural light, it is outside The temperature of the air of entrance is low, if on the edible mushroom being directly blown in growth, it can be grown and bring influence, therefore, this practicality New preferred technical scheme is, as shown in figure 1, increased buffer subsystem 7, the buffer subsystem 7 is blocking in the logical of the canopy face 3 Mode on air port 31 is connected on the metal frame 2, and the canopy face 3 with greenhouse forms wind-force buffer interlayer 70.
According to actual weather condition, for the weather of different wind-force, by the buffer subsystem 7 with edge in the utility model Greenhouse length direction undulate is folded with, and the corrugated folding density of the buffer subsystem 7 can adjust.When wind-force is big, The folding density of buffer subsystem 7 is become big, that is, is folded and is piled up close, increase buffering dynamics;Conversely, wind-force hour, by the folding of buffer subsystem 7 Folded density diminishes, and unfolds degree greatly, reduces buffering dynamics.Preferably, the angle of the crest in the waveform of the buffer subsystem 7 exists Adjusted in the range of 30 °~120 °;The vertical range of crest and trough is 20~40cm.And control the height of the wind-force buffer interlayer It is 0.8~1m to spend.The distance of the minimum point of the buffer subsystem 7 for highly referring to and the canopy face highest point of greenhouse.
As shown in fig. 7, a kind of folding of the waveform folding in the utility model there is provided concrete implementation buffer subsystem is close The adjustable folding density adjustment component 8 of degree.The folding density adjustment component 8 includes mobile bar group 81 and two guide rails 82, Described two guide rails 82 abreast fix the both sides of ventilating opening 31 of (being welded and fixed) in the canopy face 3 respectively along greenhouse length direction Metal frame 2 on, the two ends of the mobile bar group 81 are slidingly attached in the track slot 821 of the guide rail 82 of corresponding side respectively;Institute The crest location for stating buffer subsystem 7 is connected in the mobile bar group 81;By adjusting the spacing of each mobile bar in mobile bar group 81, Realize the adjustment to the bulk density of buffer subsystem 7.
Used as the cultivation greenhouse of edible mushroom, its heat and moisture preserving performance is extremely important, therefore to canopy face 3 in the utility model Layer structure is optimized improvement, as shown in figure 8, using 4 layers of composite shed face structure, including inner plastic layer 32, heat-insulation layer 33, Reflective aluminum membranous layer 34 and outer plastic layer 35, from inside to outside successively by inner plastic layer 32, heat-insulation layer 33, reflective aluminum membranous layer 34 and outer Plastic layer 35 is laid on the metal frame 2.Use adhesive to bond between each layer or use hot pressing mode by each lamination Close.Wherein, inner plastic layer 32 and outer plastic layer 35 use polypropylene screen, and thickness is 0.1~0.15mm;Heat-insulation layer 33 is used The stratified material of asbestos material, thickness is 5~10cm;The thickness of the reflective aluminium film of reflective aluminum membranous layer 34 is 0.2~0.3mm.Protect The complete cooperation of warm layer and reflective aluminium film, has been greatly facilitated the reduction of summer temperature of shed, meets edible mushroom large-scale production The requirement of planting technology technique.
In the utility model, preferably there is provided a kind of structure of vertical lighting and ventilation window 4, as shown in Figure 1 and Figure 7, including Ridge-shaped top surface 43, support 44 and louver structure 42, the ridge-shaped top surface 43 are fixed on the top of the support 44, the branch The louver structure 42 is respectively fixedly connected with two sides (as vertical window) of frame 44, the vertical lighting and ventilation of room type is constituted Window 4;The bottom of the support 44 is erected on the ventilating opening 31 in the canopy face 3.
In order to ensure the heat-insulating property of greenhouse, in the structure of above-mentioned vertical lighting and ventilation window 4, the ridge-shaped top surface 43 Using MULTILAYER COMPOSITE top surface, the MULTILAYER COMPOSITE top surface 43 includes inner plastic layer, heat-insulation layer, reflective aluminum membranous layer and outer plastic layer, Inner plastic layer, heat-insulation layer, reflective aluminum membranous layer and outer plastic layer are laid on the vertical lighting and ventilation window successively from inside to outside Support 44 top on.The MULTILAYER COMPOSITE top surface 43 is identical with 4 layers of composite shed face structure in foregoing canopy face 3.
In the utility model, a kind of lighting and ventilation edible fungus culturing greenhouse of preferred The concrete specification is given, greenhouse Width is 6-8m, and length is 30-50m, i.e., the width on wall basis 1 is 6-8m, and length is 30-50m.Vertical lighting and ventilation window 4 On the longitudinal center position in canopy face, width is 1m, i.e., the width design of ventilating opening 31 is 1m;Vertical lighting and ventilation window 4 The peak of ridge-shaped top surface 43 to the distance in canopy face is 50cm.Certainly cultivation greenhouse of the present utility model is not limited to above-mentioned chi Very little specification.
The above, specific embodiment only of the present utility model, but protection domain of the present utility model do not limit to In this, any one skilled in the art can readily occur in change in the technical scope that the utility model is disclosed Or replace, should all cover within protection domain of the present utility model.Therefore, protection domain of the present utility model should be described with power The protection domain that profit is required is defined.

Claims (10)

1. a kind of lighting and ventilation edible fungus culturing greenhouse, including wall basis, metal frame and canopy face, the metal frame set up On the basis of the wall, the canopy face is laid on the metal frame;Characterized in that, also including vertical lighting and ventilation window With interlayer base plate, the ventilating opening being adapted with vertical vent window is opened up along the length direction of greenhouse on the canopy face;It is described vertical Lighting and ventilation window-frame is located on the ventilating opening in the canopy face, constitutes lighting ventilation louver;In the vertical of the both sides of vertical vent window Louver structure is assembled on window, for adjusting lighting and ventilation amount;Multiple air vents are opened up on the top plate of the interlayer base plate, with Be laid on the interlayer base plate on the bottom surface of greenhouse by top plate mode upward;With the hollow sandwich phase of the interlayer base plate Multiple air outlets are opened up on the basis of the corresponding wall.
2. a kind of lighting and ventilation edible fungus culturing greenhouse according to claim 1, it is characterised in that also including buffer subsystem, The buffer subsystem is connected on the metal frame in the way of blocking on the ventilating opening in the canopy face, the canopy face shape with greenhouse Into wind-force buffer interlayer.
3. a kind of lighting and ventilation edible fungus culturing greenhouse according to claim 2, it is characterised in that the buffer subsystem is with edge Greenhouse length direction undulate is folded with, and the corrugated folding density of the buffer subsystem can adjust.
4. a kind of lighting and ventilation edible fungus culturing greenhouse according to claim 3, it is characterised in that adjusted using density is folded Whole group part realizes that the folding density that the waveform of buffer subsystem is folded can adjust;The folding density adjustment component includes mobile bar group With two guide rails, described two guide rail parallel ground are separately fixed at the gold of the ventilating opening both sides in the canopy face along greenhouse length direction On category framework, the two ends of the mobile bar group are slidingly attached in the track slot of the guide rail of corresponding side respectively;The ripple of the buffer subsystem Peak position is connected in the mobile bar group;By adjusting the spacing of each mobile bar in mobile bar group, the heap to buffer subsystem is realized The adjustment of product density.
5. a kind of lighting and ventilation edible fungus culturing greenhouse according to claim 3, it is characterised in that the ripple of the buffer subsystem The angle of the crest in shape wave is adjusted in the range of 30 °~120 °;The vertical range of crest and trough is 20~40cm;The wind The height of power buffer interlayer is 0.8~1m.
6. a kind of lighting and ventilation edible fungus culturing greenhouse according to any one of claim 1 to 5, it is characterised in that institute Stating canopy face includes inner plastic layer, heat-insulation layer, reflective aluminum membranous layer and outer plastic layer, from inside to outside successively by inner plastic layer, insulation Layer, reflective aluminum membranous layer and outer plastic layer are laid on the metal frame.
7. a kind of lighting and ventilation edible fungus culturing greenhouse according to claim 6, it is characterised in that the inner plastic layer and Outer plastic layer uses polypropylene screen, thickness to be respectively 0.1~0.15mm;Heat-insulation layer uses the stratified material of asbestos material, thickness It is 5~10cm;The thickness of the reflective aluminium film of reflective aluminum membranous layer is 0.2~0.3mm.
8. a kind of lighting and ventilation edible fungus culturing greenhouse according to any one of claim 1 to 5, it is characterised in that institute Stating vertical lighting and ventilation window includes ridge-shaped top surface, support and louver structure, and the ridge-shaped top surface is fixed on the support Top, is respectively fixedly connected with the louver structure on two sides of the support, constitute the vertical lighting and ventilation window of room type;It is described The bottom of support is erected on the ventilating opening in the canopy face;
The ridge-shaped top surface of the vertical lighting and ventilation window includes interior plastics using MULTILAYER COMPOSITE top surface, the MULTILAYER COMPOSITE top surface Layer, heat-insulation layer, reflective aluminum membranous layer and outer plastic layer, from inside to outside successively by inner plastic layer, heat-insulation layer, reflective aluminum membranous layer and outer Plastic layer is laid on the top of the support of the vertical lighting and ventilation window.
9. a kind of lighting and ventilation edible fungus culturing greenhouse according to any one of claim 1 to 5, it is characterised in that also Including fly net, the fly net includes frame and multiple elastic strips, and the multiple elastic strip is with the parallel and overlapping side in part Be connected on the frame at its two ends by formula;The fly net is positioned close on the end face of the air outlet on the inside of greenhouse, is leaned on Blower fan is set on the end face of the air outlet on the outside of nearly greenhouse.
10. a kind of lighting and ventilation edible fungus culturing greenhouse according to any one of claim 1 to 5, it is characterised in that institute The mode that opens up for stating the multiple air vents on the top plate of interlayer base plate is, centered on the center of interlayer base plate, with concentric circles Mode start;And the degree of opening up of air vent reduces with the increase of concentric radius of circle;
Along the length direction in greenhouse face, the vertical continuous insertion of lighting and ventilation window is arranged on whole canopy face, or interruption Formula is arranged on canopy face.
CN201621284681.XU 2016-11-25 2016-11-25 A kind of lighting and ventilation edible fungus culturing greenhouse Active CN206237931U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108849225A (en) * 2018-06-20 2018-11-23 贵州大秦农业科技有限公司 A kind of breeding method of jade agaric
CN110792234A (en) * 2018-08-03 2020-02-14 光大光学股份有限公司 Ventilation lighting module

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108849225A (en) * 2018-06-20 2018-11-23 贵州大秦农业科技有限公司 A kind of breeding method of jade agaric
CN110792234A (en) * 2018-08-03 2020-02-14 光大光学股份有限公司 Ventilation lighting module

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